- Sort by Default Order
- Display 12 Products per page
-
406-250-30 | Outside Micrometer Series 406 – Non Rotating Spindle Type, 0-25 mm | Mitutoyo
Outside Micrometer Series 406 – Non Rotating Spindle Type
Range : 0-25 mm
Resolution : 0.001 mm
Order No. : 406-250-30
• The non-rotating spindle type does not apply rotational pressure to a measured object and is therefore suitable for measurement of soft materials and thin films.
• Measuring face of the spindle is carbide tipped.
• Spindle ø6.35 mm
• Equipped with Ratchet Stop for constant measuring force. -
406-252-30 | Outside Micrometer Series 406 – Non Rotating Spindle Type, 50-75 mm | Mitutoyo
Outside Micrometer Series 406 – Non Rotating Spindle Type
Range : 50-75 mm
Resolution : 0.001 mm
Order No. : 406-252-30
• The non-rotating spindle type does not apply rotational pressure to a measured object and is therefore suitable for measurement of soft materials and thin films.
• Measuring face of the spindle is carbide tipped.
• Spindle ø6.35 mm
• Equipped with Ratchet Stop for constant measuring force. -
406-253-30 | Outside Micrometer Series 406 – Non Rotating Spindle Type, 75-100 mm | Mitutoyo
Outside Micrometer Series 406 – Non Rotating Spindle Type
Range : 75-100 mm
Resolution : 0.001 mm
Order No. : 406-253-30
• The non-rotating spindle type does not apply rotational pressure to a measured object and is therefore suitable for measurement of soft materials and thin films.
• Measuring face of the spindle is carbide tipped.
• Spindle ø6.35 mm
• Equipped with Ratchet Stop for constant measuring force. -
406-350-30 | Outside Micrometer Series 406 – Non Rotating Spindle Type, 0-1″ | Mitutoyo
Outside Micrometer Series 406 – Non Rotating Spindle Type
Range : 0-1″
Resolution : 0.00005″/0.001 mm
Order No. : 406-350-30
• The non-rotating spindle type does not apply rotational pressure to a measured object and is therefore suitable for measurement of soft materials and thin films.
• Measuring face of the spindle is carbide tipped.
• Spindle ø6.35 mm
• Equipped with Ratchet Stop for constant measuring force.